本特利3300系列带铠装电缆330104传感器 330010-02-02-00
每个变量都通过以下选项独立配置
位置变量公制或英制单位满量程滤波器直接滤波器1.2 Hz单极低通间隙滤波器0.41 Hz单极正常低通滤波器2.4 kHz单极通低通满量程位置1至28 mm（50至1100 mils）量程，零位可调。间隙-24 V精度位置变量±满量程输入阻抗的1%不可配置10 kΩ 速度通道类型速度通道类型使用接近传感器测量速度。速度变量速度变量是从原始传感器信号中过滤和处理的测量值。速度高达4个速度测量间隙间隙，电压可配置选项每个变量独立配置有以下选项：间隙滤波器0.09 Hz单极低通OK滤波器2.4 kHz单极高通满量程速度100-100000 rpm每转事件EPR 0.001至1000精度速度变量：±0.5 rpm+0.015%读数输入阻抗不可配置10 kΩ 温度输入（通道5–8）通道5至8支持E、J、K和T型热电偶以及2线和3线RTD。温度变量温度变量是从原始传感器信号中处理的测量值。温度通道类型为每个通道处理一个温度变量。可配置选项每个变量通过以下选项独立配置。单位°C或°F滤波器模拟滤波器50 Hz单极低通数字滤波器陷波滤波器将使50 Hz和60 Hz（49 Hz至61 Hz）的前5阶衰减至少100 dB。
满量程范围
E型-200至1000ºC（-328至1832ºF）J型-210至1200ºCΩ Cuα=0.00427-200至260ºC（-328至500ºF）1900/65A通用设备监视器数据表6/22 173401修订版T 120Ω Niα=0.00672-80至260ºC（-112至500ºF）100Ω Ptα=0.00385:-200至850ºC（-328至1562ºF）100Ω Ptα=0.00392:-200至700ºC（-328至1292ºF）精度所有热电偶类型在25°C（77°F）±2.5°C（±4.5°F）条件下的典型温度为±1°C（？.8°F），热电偶测量值超过-100°C（148°F）时的最大温度为±5℃（？9°F）Ω Cu）±1.5°C（±2.7°F）+0.5%满量程3线RTD 10Ω Cu±3°C（±5.4°F）+0.5%满量程2线RTD类型2线RTDs由于现场线电阻和环境温度变化导致的现场线电阻变化而存在额外误差。输入阻抗热电偶输入>1 MΩ报警状态时间延迟位置/振动输入最小0.1秒最大60秒调整分辨率0.1秒温度/速度输入最小1秒最大60秒钟调整分辨率0.1秒钟继电器逻辑1900/65A监视器有六个继电器输出，用户可以根据用户定义编程打开或关闭触点逻辑语句。逻辑语句使用任何通道或通道组合的OK、Alert和Danger状态作为输入。逻辑操作数和旁路通道被忽略，包括真和旁路通道或逻辑操作数监视器禁止监视器不正常监视器危险监视器警报通道不正常通道危险通道警报变量危险变量警报最大操作数50个继电器继电器配置以下配置选项独立于继电器逻辑，可为每个继电器配置：l独立于报警状态的闭锁或非闭锁l常通电或常断电l常开和常闭触点继电器规格类型
Each variable is configured independently through the following options
Position variable Metric or English units Full scale filter Direct filter 1.2 Hz Single pole low pass gap filter 0.41 Hz Single pole normal low pass filter 2.4 kHz Single pole low pass Full scale position 1 to 28 mm (50 to 1100 mils) Range, Zero position adjustable. Gap - 24 V accuracy position variable ± 1% of full scale input impedance is not configurable 10 k Ω speed channel type speed channel type uses proximity sensors to measure speed. Velocity variable The velocity variable is the measured value filtered and processed from the original sensor signal. Speed up to 4 speed measurement gap, voltage configurable options Each variable is independently configured with the following options: Gap filter 0.09 Hz unipolar low-pass OK filter 2.4 kHz unipolar high pass full scale speed 100-100000 rpm per rev event EPR 0.001 to 1000 Precision speed variable: ± 0.5 rpm+0.015% reading input impedance Not configurable 10 k Ω temperature input (channels 5 – 8) Channels 5 to 8 support E, J, K and T thermocouples as well as 2-wire and 3-wire RTDs. Temperature variable The temperature variable is the measured value processed from the original sensor signal. The temperature channel type handles one temperature variable for each channel. Configurable options Each variable is configured independently through the following options. Unit ° C or ° F filter Analog filter 50 Hz unipolar low-pass digital filter Notch filter will attenuate the first 5 orders of 50 Hz and 60 Hz (49 Hz to 61 Hz) by at least 100 dB.
Full scale range
Type E-200 to 1000 º C (- 328 to 1832 º F) Type J-210 to 1200 º C Ω Cu α= 0.00427-200 to 260 º C (- 328 to 500 º F) 1900/65A Universal Equipment Monitor Data Sheet 6/22 173401 Rev T 120 Ω Ni α= 0.00672-80 to 260 º C (- 112 to 500 º F) 100 Ω Pt α= 0.00385:200 to 850 º C (- 328 to 1562 º F) 100 Ω Pt α= 0.00392: - 200 to 700 º C (- 328 to 1292 º F) Accuracy Typical temperature for all thermocouple types is ± 1 ° C (± 1.8 ° F) at 25 ° C (77 ° F) ± 2.5 ° C (± 4.5 ° F), The maximum temperature when the thermocouple measurement value exceeds - 100 ° C (148 ° F) is ± 5 ℃ (± 9 ° F) Ω Cu) ± 1.5 ° C (± 2.7 ° F)+0.5% full scale 3-wire RTD 10 Ω Cu ± 3 ° C (± 5.4 ° F)+0.5% full scale 2-wire RTD type 2-wire RTDs have additional errors due to changes in field wire resistance due to changes in field wire resistance and ambient temperature. Input impedance Thermocouple input>1 M Ω Alarm state Time delay Position/vibration input min 0.1 s Max 60 s Adjust resolution 0.1 s Temperature/speed input min 1 s Max 60 s Adjust resolution 0.1 s Relay logic 1900/65A monitor has six relay outputs that users can open or close contact logic statements according to user-defined programming. The logical statement uses the OK, Alert, and Danger states of any channel or combination of channels as input. Logical operand and bypass channels are ignored, including true and bypass channels or logical operand monitor inhibit monitor unhealthy monitor danger monitor alarm channel abnormal channel danger channel alarm variable danger variable alarm maximum number of 50 relay relay configurations The following configuration options are independent of relay logic, It can be configured for each relay: l Locking or non locking independent of alarm status l Normally energized or normally de energized l Normally open and normally closed contact relay specifications and types
